Quanzhou Yisenneng Hydraulic Electromechanical Equipment Co., Ltd.
                                                                                                           
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Rexroth Hydraulic Piston Pump 280 bar Max Pressure G1/2 Inlet

Price Negotiable
Price: 2
MOQ: 1
Delivery Time: 2 weeks
Brand: Rexroth
Product Description
Rexroth A4VSO Series Hydraulic Piston Pump
Product Specifications
Brand Name Rexroth
Type A4VSO125EO2/22R-PZB13N00, A4VSO180DR/22R-PZB13N00, A4VSO180DR/22R-VPB13N0, A4VSO125DRG/22R-VPB13N00, A4VSO125EO1/22R-VZB13N00
Material Iron
Condition Original
Quality 100% Tested Great Performance
Feature Long Life, Low Noise
Function Filter Diesel Oil
Power Hydraulic Power
Warranty 12 Months
Certification ISO
Application Machinery Repair Shops
Product Image
Rexroth A4VSO Series Hydraulic Piston Pump
Part Numbers
R902406908 AA4VSO180DFE1/30R-PPB13N00E
R902553036 AA4VSO180DFE1/30R-PPB13N00-S1463
R902459508 AA4VSO180DFE1/30R-PPB25N00
Contact Information

WhatsApp: +85267220981

Email: yli97584@gmail.com

Payment Term: T/T 100%

Frequently Asked Questions
Operation & Fluid Management
Q5: What hydraulic oil should I use, and what is the optimal viscosity?

Oil Types: Recommended fluids include:

  • Mineral oils (RC 90220)
  • Environmentally friendly fluids (RC 90221)
  • HF fluids (HFA, HFB, HFC - check seal compatibility, typically FKM for HFD; RC 90223)

Specify the fluid type when ordering.

Viscosity Range: The optimal operating viscosity range (at operating temperature) is 16 to 36 mm²/s. Absolute limits are:

  • Minimum: 10 mm²/s (short-term, max. case drain temp 90°C)
  • Maximum: 1000 mm²/s (short-term, cold start)

Selection: Select a viscosity grade (e.g., VG 46, VG 68) so that the viscosity at the operating temperature falls within the optimal range. Generally, opting for a higher viscosity grade is advised.

Q6: What are the fluid cleanliness requirements?

To ensure reliable operation and long service life, the oil cleanliness should be at least:

  • NAS 1638 Class 9
  • ISO/DIS 4406 18/15
Q7: Why does my pump get overheated?

Common causes for excessive heating include:

  • Internal Leakage: Excessive internal leakage within the pump components converts hydraulic energy to heat
  • Mechanical Friction: Dry or semi-dry friction due to worn parts or inadequate lubrication generates heat
  • Fluid Friction: Inadequate tank capacity or cooling, causing the system to overheat
  • Clogged Return Line Filter: A blocked return filter creates high backpressure, leading to increased temperature
  • Low Oil Level: Insufficient oil in the reservoir reduces cooling capacity
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Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Quanzhou Yisenneng Hydraulic Electromechanical Equipment Co., Ltd.
Location Nan'an, Fujian Province, China
Contact Person liyun

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